成功地设计、建造和运营高性能建筑需要建筑业主和设计团队的所有成员设定目标，通过最小化能源消耗和环境影响来最小化未来的维护水平。团队应该在设计过程中尽早建立这些目标，并通过建筑占领来维护它们。实现高性能建筑目标的一种方法是遵循能源设计过程。这个过程从前期设计阶段开始，在建筑投入使用后继续进行。了解哪些策略最适合于建筑场地和功能，及早设定积极的能源目标，并依靠先进的计算机模拟评估建筑设计方案，对整个可靠性过程至关重要。建筑围护结构的设计首先是为了减少能源消耗。通过对包络设计的优化，设计了机械、电气和控制系统。详细的规格必须准确地反映设计意图。施工完成后，委托业主和操作人员对建筑进行优化操作指导，并提供建筑施工文件供日后维修参考。一个实际高性能建筑的案例研究展示了如何将设计过程应用到未来的所有公共建筑中。该建筑融合了节能和可再生能源的设计特点，包括采光、被动式供暖和制冷以及改进的热包络。所有这些节约能源的考虑都是有意为之，以显著减少未来的维护需求和提高建筑功能的可靠性。
加拿大温哥华代写论文:成功设计
Successfully designing, constructing and operating high-performance buildings requires the building owner and all members of the design team to set goals to minimize future levels of maintenance via minimization of energy consumption and environmental impact. The team should establish these goals as early as possible in the design process and maintain them through the building occupation. One method for achieving high-performance building goals is to follow the energy design process. This process begins in the pre-design phase and continues after the building is commissioned and occupied. Understanding which strategies are best suited for the building site and function, setting aggressive energy targets early and relying on advanced computer simulations to evaluate building design options are essential to the overall reliability process. The building envelope is designed first to minimize energy consumption. The mechanical, electrical and control systems are designed after optimizing the envelope design. Detailed specifications must accurately reflect the design intent. After construction, the building is commissioned, the owner and operators are instructed on the optimal operation of the building and building operation documents are provided for future maintenance reference. A case-study on an actual high-performance building demonstrates how to apply the design process to all public buildings of the future This building incorporates energy-efficient and renewable energy design features including day-lighting, passive heating and cooling and improved thermal envelope. All this energy saving considerations is being intentionally put in place to significantly reduce future maintenance needs and increase reliability of building functionalities
